PPT-Possible attack threats to mobile devices

Hackers takes advantage of vulnerability or flaw of users web browser on mobile device in WiFi communication to attack victimsbrHackers send malicious codedata from malicious logic websites to victims browser after user browses the malicious page and the malicious code will take over the control to get all sensitive data on the victims device. Security Auditing . Wireless Networks . Ted J. Eull. viaForensics. October 12, 2011. Introductions. viaForensics. Digital security via forensics. Leader in mobile forensics and security assessment. Apply methods used for computer crime investigation and incident response . Possible attack threats to mobile devices. Network exploit. Hackers takes advantage of vulnerability or flaw of user’s web browser on mobile device in . WiFi. communication to attack victims.. Hackers send malicious code/data from malicious logic websites to victim’s browser after user browses the malicious page and the malicious code will take over the control to get all sensitive data on the victim’s device.. Presented By:. Arpit. Jain. 113050028. Guided By:. Prof. D.B. . Phatak. Outline. Components of NFC. Attacks in NFC. Relay attack. Countermeasures. References. Components of NFC devices. Application Execution Environment (AEE)- . insider threats. Nicola . Nostro. Tutors. Bondavalli. Andrea, Di . Giandomenico. . Felicita. Università. . degli. . Studi. . di. Firenze. Subject. . of. the . research. Nowadays the life of each of us is highly dependent on . Gang Wang, . Bolun Wang. , . Tianyi. Wang, Ana . Nika. , . Haitao Zheng, Ben Y. Zhao. UC Santa Barbara. bolunwang@cs.ucsb.edu. Mobile = Life. Mobile phones for content, payment, authentication. Mobile devices are . Meringoh Lenya, J.. Chief Solutions Architect and CTO,. . Varnah G. roup. Some Statistics and projections:. Global Cybercrime cost is projected to be more than USD2.T by 2020. 90% of companies will embrace smart devices . Gang Wang, . Bolun Wang. , . Tianyi. Wang, Ana . Nika. , . Haitao Zheng, Ben Y. Zhao. UC Santa Barbara. bolunwang@cs.ucsb.edu. Mobile = Life. Mobile phones for content, payment, authentication. Mobile devices are . Chapter 25. Overview. In this chapter, you will learn how to:. Explain the features and capabilities of mobile devices. Describe the three major mobile operating systems. Describe how to configure mobile devices. January 25, 2016. Guest Presenter: . Ernesto Jackson. The views and opinions expressed in this presentation are those of the presenter and do not necessarily reflect the official policy or position of any agency of the U.S. Government or that of Blue Cross Blue Shield of South Carolina or any of it’s subsidiaries. . Chapter 8 Objectives. 8.0 Describe mobile devices. 8.1 Identify mobile device hardware and that most parts are not field replaceable. 8.2 Compare and contrast Android and iOS mobile operating systems. Larry G. Wlosinski, . CISSP, CAP, CCSP, . CISM. , CISA, CRISC, . CBCP. , CDP, ITIL v3. L_Wlosinski@Hotmail.com. April . 2016. 1. Federal Government Experience . (25 . yrs.). EPA, NIH, CMS, DOJ, DHS, DOE, DIA, NOAA, . Chapter 8 Objectives. 8.0 Describe mobile devices. 8.1 Identify mobile device hardware and that most parts are not field replaceable. 8.2 Compare and contrast Android and iOS mobile operating systems. ETAI Northern . Regional Conference – 23.8.2016. Jane . Cohen englishwithjane@gmail.com. Twitter: #JaneCohenEFL. Blog: Route CPD for ELT . Integrating mobile devices into the classroom: . w. w. w.coloradotech.edu/Infographics/Tools-For-School. The Cloud Generation . Andrew Joseph . Director- SEP Mobile . Old Endpoint vs. New Endpoint. IPS. IDS. FIREWALL. USB. SECURITY. DLP. DATA ENCRYPTION. WIRELESS SECURITY. APPLICATION CONTROL. AV. ?. Mobile Devices Represent the .